Color differences
Mysteries of a golden beetle
Octubre 24, 2018
Human sisters may look extremely different from one another. What does that have to do with gold, black and red beetles?
Human sisters may look extremely different from one another. What does that have to do with gold, black and red beetles?
Not only does it take energy to make weapons, it may take even more energy to maintain them. Because leaf-footed bugs drop their legs, it is possible to measure how much energy they allocate to maintaining this appendage that males use to fight other males.
Three adventure-seekers meet in the clouds, each with their own reasons to learn more about mysterious jewel-like bees.
Parasitoid wasps lay their eggs on a spider’s back. This team proposes that by injecting the spider host with the molting hormone, ecdysone, the wasp induces the spider to make a special web for the wasp’s pupa.
Why did some bee species become social, while the majority have remained solitary? On Barro Colorado Island, a bee that adopts both strategies interchangeably, may unlock the evolutionary origins of sociality in insects
Yves Basset, who heads insect monitoring efforts for the Smithsonian ForestGEO program and Greg Lamarre, from the University of South Bohemia, present immediate, science-based actions that mitigate insect decline.
As Panama City celebrates it’s 500th birthday, STRI’s Steven Paton explores the biodiversity of Panama Viejo, an important historical and archaeological site
Unrelated butterflies may have the same wing patterns. These patterns warn off predators and help suitors find the right mate. But if wing patterns in each species evolved the same way, knocking out an important gene should have the same effect in both. Carolina Concha and her team discovered that knocking out the WntA gene results in different effects in co-mimics, so the two species evolved the same pattern via different pathways.
A unique project, integrating river and oceanic data, aims to shed light onto the drivers of marine hypoxia
A MarineGEO project with sites in Panama aims to understand the influence of coastal biology on the highly variable oceanic pH levels of near-shore ecosystems